NSTL国家科技图书文献中心

1. In Vitro Selection of Collagen-Binding Vascular Endothelial Growth Factor Containing Genetically Encoded Mussel-Inspired Adhesive Amino Acids NSTL国家科技图书文献中心

Miwa, Takuya | Yumoto, Akiko ... - 《Chemistry》 - 2025,31(15) - n/a～n/a - 共6页

摘要： incorporated an adhesive* non-natural amino acid found in* | adhesive proteins on solid supports. | Protein immobilization technology is | important in medical and industrial applications. We | previously reported all-in-one in vitro selection, wherein

关键词： vascular endothelial growth factor | collagen | in vitro selection | bivalent binding

2. Barnacle and mussel-inspired of functional silk fibroin to prepare biomass adhesive with ultra-high cold-pressing adhesion NSTL国家科技图书文献中心

Ma, Chao | Wei, Jie ... - 《Cellulose》 - 2025,32(4) - 2383～2401 - 共19页

摘要：. Herein, a novel dual-bionic soybean meal (SM) adhesive | inspired by the strong wet adhesion system of barnacles | a hydrogen bond donor in adhesive* system* | interfacial water, the adhesive* generated a strong cold* | % compared with SM adhesive. The introduction of borate

关键词： Soy protein | Adhesive | Bio-inspired | Bonding performance | Flame retardancy

3. Effect of mussel-inspired primers on resin–dentin bonding interface stability: A systematic review and meta-analysis NSTL国家科技图书文献中心

Samuel Chillavert Di... | Maria Clara Ayres Es...... - 《European journal of oral sciences.》 - 2025,133(3) - e70011～e70011 - 共12页

摘要： mussel-inspired primers on resin-dentin bond stability | microtensile tests after applying mussel-inspired* primers* | treated with mussel-inspired* monomers after* | . Mussel-inspired* monomers incorporated into the dentin* | adhesive procedure can enhance bond strength, mainly

关键词： adhesion; dentin; mussel; primer

4. Fabrication of Unprecedented Fully Biobased Recyclable Underwater Adhesives with High Bonding Strength and Water Resistance via an Adhesion-Cohesion Balance of Bioinspired Catechol-Disulfide Bond Strategy NSTL国家科技图书文献中心

Zhang, Wenxiong | Zhu, Mingyu ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(21) - 8193～8205 - 共13页

摘要： promotion and application. Herein, inspired* by the* | structure of the catechol and disulfide bonds in mussel | biobased adhesive* with excellent bonding strength, water* | prepared. A balance is built between interfacial adhesive | biobased adhesive* exhibits a remarkable improvement of*

关键词： biobased adhesive | underwater adhesion properties | recyclability | adhesion-cohesion balance | thermal-responsivenetwork

5. Bio-Inspired Self-Renewing Implant Surfaces With Sequential Biofunctional Adaptation for Infectious Diabetic Tissue Repair NSTL国家科技图书文献中心

Bin Cui | Min Wen ... - 《Advanced functional materials》 - 2025,35(13) - 2418092.1～2418092.18 - 共18页 - 被引量：1

摘要：-derived micro/nanostructured prelayer, a mussel-inspired | interlocked interfaces of mollusk shells, the adhesive | The clinical success of bioinert, tissue | -interfacing metallic implants is greatly jeopardized by | complications such as infections, inflammation, and poor

关键词： bacterial infections | bone regeneration | infected wound healing | metallic bone implants | multifunctional implant coatings

6. Mussel-inspired adhesive drug-loaded hydrogels for oral ulcers treatment NSTL国家科技图书文献中心

Wang Z. | Han X.... - 《Acta biomaterialia》 - 2024,187 - 98～109 - 共12页 - 被引量：4

摘要： address this challenge, an adhesive, mussel-inspired | treatment outcomes. In this study, a mussel-inspired | adhesive hydrogel was developed by grafting catechol onto | ulcers and infected wounds, the adhesive* hydrogel* | adhesive hydrogel offers a promising new strategy for the

关键词： Adhesive hydrogel | Antibacterial and anti-inflammatory | Drug delivery | Mussel-inspired | Oral ulcer treatment

7. Engineering mussel-inspired adhesive towards stable conductive cotton fabric for strain and temperature sensing NSTL国家科技图书文献中心

Liu, Yin -Wen | Zhang, Man-Qi ... - 《Industrial Crops and Products》 - 2024,213 - ARTN 118398～ - 共10页 - 被引量：1

摘要： coating. In this study, a mussel-inspired* adhesive poly* | Conductive cotton fabrics (CCFs) created by | facile dip-coating exhibit great potential in smart | materials but are limited by the poor stability and | durability due to the weak adhesion between the cotton

关键词： Conductive cotton fabric | Carbon nanotube | Mussel-inspired adhesive | Strain sensor | Stability | E-TEXTILE | CARBON | NANOCOMPOSITE | FIBERS

8. Enhanced mechanic properties of calcium phosphate cements via mussel-inspired adhesive as bone substitute: Highlights of their interactions NSTL国家科技图书文献中心

Yuan, Rupan | Zhou, Sijie ... - 《Bio-medical materials and engineering》 - 2024,35(1) - 13～26 - 共14页

摘要： containing mussel-inspired* adhesive, Poly-(Dopamine* | BACKGROUND: Inspired* by natural bones, many* | organic components were added to Calcium Phosphate | Cements (CPCs) to improve their mechanical strength | . However, the strength of these composite CPCs is limited

关键词： Calcium phosphate cement | mussel-inspired adhesive | mechanically-strong | biomimic | interaction | HYDROXYAPATITE | REINFORCEMENT | SCAFFOLDS | MICA

9. Ultra-stretchable, high conductive, fatigue resistance, and self-healing strain sensor based on mussel-inspired adhesive hydrogel for human motion monitoring NSTL国家科技图书文献中心

Zhao R. | Gao M.... - 《European Polymer Journal》 - 2024,211 - 共5页

摘要： the mussel-adhesion mechanism, an adhesive* hydrogel* | -healing, and adhesion properties. Herein, inspired* by* | © 2024 Elsevier LtdConductive hydrogels have | been widely applied in various electronics, such as | artificial skin, flexible devices, and implantable

关键词： Adhesion | Conductive hydrogel | Flexibility | Stretchability | Wearable sensor

10. Mussel-inspired magnesium oxychloride cement-based wood adhesive produced via the synergy of inorganic fiber enhancement and multiple reinforcement network NSTL国家科技图书文献中心

Yufei Han | Wenguang Zhou ... - 《Construction & Building Materials》 - 2024,439(Aug.16) - 137391.1～137391.11 - 共11页

摘要：,inspired* by mussels, we reported an eco-friendly and* | desirable water resistance, high adhesive* strength and* | Magnesium oxychloride cement (MOC) is a | promising substitute for formaldehyde-based adhesives for | woodbonding due to its low carbon footprint, formaldehyde

摘要： incorporated an adhesive* non-natural amino acid found in* | adhesive proteins on solid supports. | Protein immobilization technology is | important in medical and industrial applications. We | previously reported all-in-one in vitro selection, wherein

关键词： vascular endothelial growth factor | collagen | in vitro selection | bivalent binding

摘要：. Herein, a novel dual-bionic soybean meal (SM) adhesive | inspired by the strong wet adhesion system of barnacles | a hydrogen bond donor in adhesive* system* | interfacial water, the adhesive* generated a strong cold* | % compared with SM adhesive. The introduction of borate

关键词： Soy protein | Adhesive | Bio-inspired | Bonding performance | Flame retardancy

摘要： mussel-inspired primers on resin-dentin bond stability | microtensile tests after applying mussel-inspired* primers* | treated with mussel-inspired* monomers after* | . Mussel-inspired* monomers incorporated into the dentin* | adhesive procedure can enhance bond strength, mainly

关键词： adhesion; dentin; mussel; primer

摘要： promotion and application. Herein, inspired* by the* | structure of the catechol and disulfide bonds in mussel | biobased adhesive* with excellent bonding strength, water* | prepared. A balance is built between interfacial adhesive | biobased adhesive* exhibits a remarkable improvement of*

关键词： biobased adhesive | underwater adhesion properties | recyclability | adhesion-cohesion balance | thermal-responsivenetwork

摘要：-derived micro/nanostructured prelayer, a mussel-inspired | interlocked interfaces of mollusk shells, the adhesive | The clinical success of bioinert, tissue | -interfacing metallic implants is greatly jeopardized by | complications such as infections, inflammation, and poor

关键词： bacterial infections | bone regeneration | infected wound healing | metallic bone implants | multifunctional implant coatings

摘要： address this challenge, an adhesive, mussel-inspired | treatment outcomes. In this study, a mussel-inspired | adhesive hydrogel was developed by grafting catechol onto | ulcers and infected wounds, the adhesive* hydrogel* | adhesive hydrogel offers a promising new strategy for the

关键词： Adhesive hydrogel | Antibacterial and anti-inflammatory | Drug delivery | Mussel-inspired | Oral ulcer treatment

摘要： coating. In this study, a mussel-inspired* adhesive poly* | Conductive cotton fabrics (CCFs) created by | facile dip-coating exhibit great potential in smart | materials but are limited by the poor stability and | durability due to the weak adhesion between the cotton

关键词： Conductive cotton fabric | Carbon nanotube | Mussel-inspired adhesive | Strain sensor | Stability | E-TEXTILE | CARBON | NANOCOMPOSITE | FIBERS

摘要： containing mussel-inspired* adhesive, Poly-(Dopamine* | BACKGROUND: Inspired* by natural bones, many* | organic components were added to Calcium Phosphate | Cements (CPCs) to improve their mechanical strength | . However, the strength of these composite CPCs is limited

关键词： Calcium phosphate cement | mussel-inspired adhesive | mechanically-strong | biomimic | interaction | HYDROXYAPATITE | REINFORCEMENT | SCAFFOLDS | MICA

摘要： the mussel-adhesion mechanism, an adhesive* hydrogel* | -healing, and adhesion properties. Herein, inspired* by* | © 2024 Elsevier LtdConductive hydrogels have | been widely applied in various electronics, such as | artificial skin, flexible devices, and implantable

关键词： Adhesion | Conductive hydrogel | Flexibility | Stretchability | Wearable sensor

摘要：,inspired* by mussels, we reported an eco-friendly and* | desirable water resistance, high adhesive* strength and* | Magnesium oxychloride cement (MOC) is a | promising substitute for formaldehyde-based adhesives for | woodbonding due to its low carbon footprint, formaldehyde

关键词： Magnesium oxychloride inorganic adhesive | Mussel-inspired | Bonding interface | Multiple reinforcement network | Inorganic fiber reinforcement

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： incorporated an adhesive non-natural amino acid found in | adhesive proteins on solid supports. | Protein immobilization technology is | important in medical and industrial applications. We | previously reported all-in-one in vitro selection, wherein

关键词： vascular endothelial growth factor | collagen | in vitro selection | bivalent binding

摘要：. Herein, a novel dual-bionic soybean meal (SM) adhesive | inspired by the strong wet adhesion system of barnacles | a hydrogen bond donor in adhesive system | interfacial water, the adhesive generated a strong cold | % compared with SM adhesive. The introduction of borate

关键词： Soy protein | Adhesive | Bio-inspired | Bonding performance | Flame retardancy

摘要： mussel-inspired primers on resin-dentin bond stability | microtensile tests after applying mussel-inspired primers | treated with mussel-inspired monomers after | . Mussel-inspired monomers incorporated into the dentin | adhesive procedure can enhance bond strength, mainly

关键词： adhesion; dentin; mussel; primer

摘要： promotion and application. Herein, inspired by the | structure of the catechol and disulfide bonds in mussel | biobased adhesive with excellent bonding strength, water | prepared. A balance is built between interfacial adhesive | biobased adhesive exhibits a remarkable improvement of

关键词： biobased adhesive | underwater adhesion properties | recyclability | adhesion-cohesion balance | thermal-responsivenetwork

摘要：-derived micro/nanostructured prelayer, a mussel-inspired | interlocked interfaces of mollusk shells, the adhesive | The clinical success of bioinert, tissue | -interfacing metallic implants is greatly jeopardized by | complications such as infections, inflammation, and poor

关键词： bacterial infections | bone regeneration | infected wound healing | metallic bone implants | multifunctional implant coatings

摘要： address this challenge, an adhesive, mussel-inspired | treatment outcomes. In this study, a mussel-inspired | adhesive hydrogel was developed by grafting catechol onto | ulcers and infected wounds, the adhesive hydrogel | adhesive hydrogel offers a promising new strategy for the

关键词： Adhesive hydrogel | Antibacterial and anti-inflammatory | Drug delivery | Mussel-inspired | Oral ulcer treatment

摘要： coating. In this study, a mussel-inspired adhesive poly | Conductive cotton fabrics (CCFs) created by | facile dip-coating exhibit great potential in smart | materials but are limited by the poor stability and | durability due to the weak adhesion between the cotton

关键词： Conductive cotton fabric | Carbon nanotube | Mussel-inspired adhesive | Strain sensor | Stability | E-TEXTILE | CARBON | NANOCOMPOSITE | FIBERS

摘要： containing mussel-inspired adhesive, Poly-(Dopamine | BACKGROUND: Inspired by natural bones, many | organic components were added to Calcium Phosphate | Cements (CPCs) to improve their mechanical strength | . However, the strength of these composite CPCs is limited

关键词： Calcium phosphate cement | mussel-inspired adhesive | mechanically-strong | biomimic | interaction | HYDROXYAPATITE | REINFORCEMENT | SCAFFOLDS | MICA

摘要： the mussel-adhesion mechanism, an adhesive hydrogel | -healing, and adhesion properties. Herein, inspired by | © 2024 Elsevier LtdConductive hydrogels have | been widely applied in various electronics, such as | artificial skin, flexible devices, and implantable

关键词： Adhesion | Conductive hydrogel | Flexibility | Stretchability | Wearable sensor

摘要：,inspired by mussels, we reported an eco-friendly and | desirable water resistance, high adhesive strength and | Magnesium oxychloride cement (MOC) is a | promising substitute for formaldehyde-based adhesives for | woodbonding due to its low carbon footprint, formaldehyde

关键词： Magnesium oxychloride inorganic adhesive | Mussel-inspired | Bonding interface | Multiple reinforcement network | Inorganic fiber reinforcement

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： incorporated an adhesive* non-natural amino acid found in* | adhesive proteins on solid supports. | Protein immobilization technology is | important in medical and industrial applications. We | previously reported all-in-one in vitro selection, wherein

摘要：. Herein, a novel dual-bionic soybean meal (SM) adhesive | inspired by the strong wet adhesion system of barnacles | a hydrogen bond donor in adhesive* system* | interfacial water, the adhesive* generated a strong cold* | % compared with SM adhesive. The introduction of borate

摘要： mussel-inspired primers on resin-dentin bond stability | microtensile tests after applying mussel-inspired* primers* | treated with mussel-inspired* monomers after* | . Mussel-inspired* monomers incorporated into the dentin* | adhesive procedure can enhance bond strength, mainly

摘要： address this challenge, an adhesive, mussel-inspired | treatment outcomes. In this study, a mussel-inspired | adhesive hydrogel was developed by grafting catechol onto | ulcers and infected wounds, the adhesive* hydrogel* | adhesive hydrogel offers a promising new strategy for the

摘要： coating. In this study, a mussel-inspired* adhesive poly* | Conductive cotton fabrics (CCFs) created by | facile dip-coating exhibit great potential in smart | materials but are limited by the poor stability and | durability due to the weak adhesion between the cotton

摘要： containing mussel-inspired* adhesive, Poly-(Dopamine* | BACKGROUND: Inspired* by natural bones, many* | organic components were added to Calcium Phosphate | Cements (CPCs) to improve their mechanical strength | . However, the strength of these composite CPCs is limited

摘要： the mussel-adhesion mechanism, an adhesive* hydrogel* | -healing, and adhesion properties. Herein, inspired* by* | © 2024 Elsevier LtdConductive hydrogels have | been widely applied in various electronics, such as | artificial skin, flexible devices, and implantable

摘要：,inspired* by mussels, we reported an eco-friendly and* | desirable water resistance, high adhesive* strength and* | Magnesium oxychloride cement (MOC) is a | promising substitute for formaldehyde-based adhesives for | woodbonding due to its low carbon footprint, formaldehyde